Frequently Asked Questions
What age is this class for?
Semester 1 in the standard pace is generally a great fit for learners around ages 5–7, though curious older beginners are absolutely welcome. Because every learner develops differently, there is no strict age minimum or maximum. You know your child best.
Does my child need prior science experience?
Not at all. This course begins with foundational ideas and builds gradually through observation, questioning, discussion, and experimentation.
How should I choose between the standard and accelerated class?
Both classes explore the same core concepts. The main difference is pacing.
The standard class moves slowly and intentionally, with plenty of time for repetition, discussion, and hands-on exploration.
The accelerated class moves more quickly and often includes deeper or faster-paced discussion.
In general:
- Standard is often a good fit for younger learners, beginners, or students who prefer a gentler pace.
- Accelerated may be a better fit for older learners or students ready for longer discussions and quicker pacing.
What topics will we study?
Across the course, students explore concepts from:
- chemistry
- life science
- physics
- earth science
What comes after this course?
Semester 1 is the beginning of a multi-year science sequence. Future semesters continue developing the same science strands in increasing depth and complexity, with concepts revisited and expanded over time.
Is this class secular and inclusive?
Yes.
This course is fully secular and grounded in scientific inquiry, observation, experimentation, and evidence-based reasoning.
I work intentionally to create a classroom that is welcoming, respectful, and inclusive of learners from all backgrounds, identities, and lived experiences. My goal is for every student to feel safe asking questions, thinking critically, and participating fully.
Science belongs to everyone.
Topics such as evolution, natural selection, geology, and the age of the Earth are taught through the lens of modern scientific understanding and evidence-based inquiry.
How do you approach history and scientific context?
When historical examples or scientific discoveries come up in class, I thoughtfully curate material with attention to inclusivity, historical accuracy, and global perspective. Whenever possible, lessons highlight the diverse contributions people across cultures and communities have made to scientific understanding.
Do caregivers need any materials?
Families should plan to have access to the listed weekly experiment supplies, which are shared ahead of time. Some families also choose to keep a personal copy of Building Foundations of Scientific. Understanding as a helpful parent reference, though it is not required reading for students.
What if we miss a class?
Because concepts build over time, regular attendance is encouraged.
If a learner misses a session, a recording will be available so they can catch up at home. Watching the recording and discussing the lesson together can be very helpful before the next class.
Will this align with science standards?
This course covers core concepts commonly found across elementary science standards, including NGSS-aligned topic areas. Because the sequence is concept-based, the order may look different from traditional textbook or school science programs. The emphasis is on building deep understanding over time.
Can my child join a live class mid-year?
Sometimes. Because concepts build on one another, placement depends on a student’s previous experience and comfort with the material. Families are welcome to reach out to discuss whether a later-semester placement would be a good fit.
How do hands-on experiments work in an online class?
A supply list is shared ahead of time so families can prepare. During live sessions, students may complete investigations alongside me, observe demonstrations, record observations, and participate in discussion and reasoning together. If you do not have materials ready for a particular class, your learner is always welcome to observe and complete the activity later if desired.
Not every lesson includes a hands-on experiment. Some sessions focus more on observation, analysis, discussion, and building conceptual understanding.
Is this course affiliated with Building Foundations of Scientific Understanding?
No. This is an independently created science course developed and taught by me.
My teaching approach is informed by inquiry-based science education and has been influenced in part by Bernard J. Nebel’s Building Foundations of Scientific Understanding, along with my own lesson design, pacing, activities, and instructional materials.
This course is not affiliated with, endorsed by, or sponsored by Bernard J. Nebel or the BFSU program.
All lesson plans, slide decks, recordings, guides, and supplementary materials used in this class are my own original work.
Copyright Notice
This course is independently created and operated. Building Foundations of Scientific Understanding is the work of Bernard J. Nebel. References to BFSU are included only to acknowledge educational influence and to help families understand the broader pedagogical context of the course. This class is not an official BFSU course, and no affiliation, endorsement, or sponsorship by the author is implied. All course materials created for this class: including lesson plans, presentations, lab guides, worksheets, recordings, and supplemental resources are original works created by the instructor.